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Comparative Study of the System for Decentralized Rainwater Management in Korea and Germany  

Han, Young-Hae (Eco-Arche Institute of Ecological Urban Design & Architecture)
Lee, Tae-Goo (Dept. of Architectural Engineering, Semyung University)
Publication Information
Journal of the Korean Institute of Landscape Architecture / v.34, no.4, 2006 , pp. 84-95 More about this Journal
Abstract
This study begins by examining the reason for the lack of urban planning that takes the water cycle into consideration. While there are institutions that support environmentally friendly development or smooth water circulation, these designs are not reflected in planning nor in the real world. After reviewing foreign case studies, policy suggestions and possible policy implications for Korea are derived. In Korea, there is not a sufficient level of relevant laws or institutions systematically established to make it possible to deal with rainwater in a decentralized way. Instead, facility standards or guidelines are considered separately for the control of water and for preventing natural disasters. And even though an environmentally friendly approach is stipulated in relevant laws in terms of spatial planning, there are no planning systems or implementation tools to actualize this kind of approach. The factors that make decentralized rainwater management possible in urban planning are analyzed based on the case study of Germany. Germany requires developers to plan in order to achieve ecological urban development. In addition, as a detailed implementation tool to promote conservation of the water cycle, the law provides for various kinds of measures such as restrictions on the proportion of impervious surface area according to the use of the land, required compensation measures for environmental degradation following development, introduction of a fee for rainwater runoff and the establishment of ecological landscape planning. The actual reason these measures can be implemented however is the provision of planning guidelines and design criteria for rainwater utilization, absorption and containment, and the construction of a database for various environmental information.
Keywords
Environmentally Friendly Development; Rainwater Utilization; Infiltration; Detention; Permeable Paving;
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1 오영석(2000) 비교론적 시각에서 본 한국의 환경행정구조 동국대학교 21세기국제사회연구회 발표논문집. pp. 1-39
2 이태구, 한영해, 박철민(2002) 친환경적 빗물관리를 위한 지구 단위계획에의 적용방안 연구 대한국토. 도시계획학회지 37(2): 105-116
3 Sieker, F.(1998) Naturnahe Regenwasserbewirtschaftung, Berlin: Analytica
4 Wostl, C. P,(2002) Towards sustainability in the water sector: the importance of human actors and processes of social learning. Aquatic Sciences 64: 10-24
5 건설교통부(2004) 개발행위허가운영지침
6 한영해, 최영국, 이태구(2005) 생태적 도시개발을 위한 물순환 체계 확보방안 연구: 분산식 빗물관리를 중심으로. 국토연구원 보고서
7 http://www.heidelberg.de/abwasser/ueberblick.html
8 한국건설기술연구원(2004) 우수저류 및 활용시스템 적용
9 DIN German Institute for Standardization e.V(2000) Economic benefits of standardization. Retrieved. from http//www.normung.din.de/index.php?lang=en&na_id =normung
10 이재민(2003) 빗물처리기술-동향과 국내. 외 상황. 청계천 복원 기술지원 워크삽 자료집 ,pp 63-89
11 Schuetze, T. (2003) Perspectives of sustainable rainwater management in urban areas of Germany. 제3회 빗물모으기 국제워크샵 자료집. pp, 55-65
12 A. Bunzel, A. Hinzen, and G. Ohligschlaeger(l997) Umweltschutz in der Bebauungsplanung, Wiesbaden und Berlin: Herausgegeben vom Umweltbudesamt